Legacy System Protects Your Horse

FILES2f20162f072f0719_03.jpg.jpg

By Classic Equine

The Classic Equine Legacy System works with the horse’s own natural support structures. Horses are naturally designed to stop, turn and accelerate — the Legacy System reinforces these motions and provides protection to the critical structures within the leg by cradling the fetlock and provides suspensory support without inhibiting movement.

The suspensory apparatus is a thick branch of the suspensory ligament that supports the fetlock joint during the weight-bearing phase of a stride. The Legacy’s patent is the fetlock cradle system that provides maximum protection to the fetlock while reinforcing the ligament structures.

The Legacy System comes in the front boots and hind boots and is often accompanied with no-turn bell boots. The boot comes in 12 standard colors along with seasonal designer line varying patterns. The boot was designed with horse safety and rider convenience in mind. The neoprene is breathable and comfortable, and the exterior adds added protection from overreaching and destruction. The Legacy System is one of the most competitive protection boots on the market and is proud to have had a part in Clinton Anderson’s career over the years.

More News

Back to all news

See All
0823_Tip

10 years ago

Training Tip: Train Your Horse on the Trail

One of the best places to train your horse is outside on the trail. While it may be a little…

Read More
0521_02

7 years ago

Consult With Clinton

If you’ve ever wished you could have a private phone conversation with Clinton to get his take on the pros…

Read More
0725_02

9 years ago

Fundamentals in Colorado

We’re looking forward to September when Clinton will be at the Eagle River Center in Eagle, Colorado working with horsemen…

Read More
FILES2f20152f072f0707_04.jpg.jpg

11 years ago

Fundamentals Clinic in Washington

Clinton is teaching a three-day Fundamentals Clinic in Puyallup, Washington at the Paulhamus Arena starting on July 10th. Although participant…

Read More